The paradigm shift from the conventional resources to the unconventional resources is the consequence of a global increase in energy utilization. Conventional resources can be defined as those formations where the recovery of hydrocarbons is possible without any specialized method. Unconventional resources can be defined as those formations in which hydrocarbon recovery is not economically possible without the implementation of specialized stimulation treatments such as matrix acidizing or fracturing. Therefore, the recovery of hydrocarbons from the unconventional resources in an attractive economic proportion requires state-of-the-art well stimulation and completion technologies. Unconventional resources such as the tight sands are examples of formations that needs stimulation for economical production. Stimulation techniques include hydraulic fracturing, foam fracturing, explosive shooting, and more recently the pulse fracturing. Pulse fracturing is a relatively new stimulation technique in which a controlled dynamic release of fluid energy pressurizes a wellbore to initiate multiple fractures and extend them by fracture pressurization. Pulse fracturing can be achieved by many ways such as explosive shooting, thermochemical fluids, dynamic loading and or by high energized gas

Developing new innovative technologies to overcome operational and technical challenges involved in horizontal wells multistage fracturing, the alternative way to increase SRV is by creating multiple radial fractures by performing pulse fracturing. Pulse fracturing is a relatively new technique, can serve as an alternative to conventional hydraulic fracturing in many cases such as to stimulate naturally fractured reservoirs to connect with pre-existing fractures, to stimulate heavy oil with cold heavy oil production technique, to remove condensate banking nearby wellbore region, and when to avoid formation damage near the vicinity of the wellbore originated due to perforation.